第1章 BOSのイントロダクション・概要

第2章 住宅屋根設置型PVのBOS

市場概要

米国のシステム価格の内訳

構造系BOS

電気系BOS

作業・ソフト費用

第3章 商業ビル屋根設置型PVのBOS

市場概要・システム価格

構造系BOS

電気系BOS

作業・ソフト費用

第4章地上設置型PVのBOS

市場概要

地上設置型の構造系BOS

地上設置型の電気系BOS

地上設置型の作業・ソフト費用

第5章 世界のPV市場の予測

第6章 PV BOSの進化

図表

目次

PV balance of systems (BOS), encompassing all non-module costs including hardware costs and soft costs consisting of operations and services, represents a market value exceeding $70 billion in 2015 and will exceed $100 billion by 2020 despite rapidly falling costs. In the period between 2007-2014, PV module costs have diminished more quickly than PV BOS costs. Whereas blended average module pricing has dropped 79% between 2007 and 2014, BOS costs have been slower to respond, averaging between a 39% - 64% drop depending on market sector and geography. Even within the same geography, supply chain complexity and disparity results in high variability in project BOS costs. Best practices are seldom shared and the industry has conflicting views on the best path forward when it comes to reducing component and installation costs.

This slide-based report highlights key trends and opportunities for reducing PV system costs necessary for driving strong project economics and the expansion of solar in the U.S. and globally. It walks through structural and electrical BOS, PV power electronics, installation labor, design and engineering, customer acquisition and logistics and other cost components. It also provides U.S. system cost breakdowns and a look at the evolution of PV BOS, as well as in-depth global market forecasts.